Improving Stroke Pathways

Improving patient outcomes without increasing costs

Scenario Generator allowed clinicians, staff from the South East Public Health Observatory (SEPHO), PCT managers and clinical academics to work together to answer two fundamental questions posed by the implementation of the new Stroke Pathway:

• What are the patient outcomes as a result of implementing best practice?
• How much specialist rehabilitation in the community is required and can it be paid for if patients are discharged from hospital earlier?

The visual and interactive nature of Scenario Generator allowed all organizations to collaborate easily when approaching the project.

A high level simulation of the flow of patients from initial event to diagnosis, start of treatment and general rehabilitation, reflecting current practice for thrombolysis services, was created.

The simulation included several rehabilitation options: specialist stroke unit rehabilitation, non-specialist stroke unit and other intermediate care, as well as an option for early supported discharge.

Significantly improved patient outcomes

Scenarios were generated that tested various changes in GP referral behaviors resulting in more activity through the pathway as well as taking into account the expected demand as a result of population and disease prevalence changes. SEPHO also tested the impact of more non-stroke related activity being referred to stroke and then referred on after initial assessment.

The results demonstrated that the cost of the new pathway would actually be slightly cheaper as a result of early supported discharge from hospital and the delivery of specialist rehabilitation in the community would, therefore, be affordable. They also showed the very significant improvements in patient outcomes.

Evidence for change

Simulation provided the PCTs with compelling evidence to demonstrate that the financial risk of recommissioning the stroke pathway was negligible and that showed the huge benefits of the new pathway for patients.

For more information on this project:

View the N.I.C.E stroke pathway